Crystals And Catalysts

This weeks science news: how being creative may make you prone to certain psychological disorders; sleeping brain cells, and killer nanoparticles.

A book I have read and has become of my favourite science books is Bad Pharma by Ben Goldacre. It is a nonfiction book which has been translated into 25 languages. Although this is not a book to necessarily enjoy, it's to be read and receive the message that Goldacre intends to pass onto the reader. The book has a solemn tone but Goldacre is also able to maintain a good, conversational tone and keep the reader interested and intrigued to read more. Goldacre also gives all references to everything he states in Bad Pharma so the  reader knows where each piece of information he quotes came from.  Therefore the book and all it contains comes across as very reliable.  Bad Pharma is extremely detailed and gives a fascinating insight into the pharmaceutical industry. It's simple and easy to read, especially if you are interested in the pharmaceutical industry, and does not require any previous study of science or medicine in general. Goldacre does not make the book feel lik

"Nothing in life is to be feared, it is only to be understood. Now is the time to understand more, so that we may fear less." - Marie Curie  I personally love this quote because it encourages everyone to learn. Just because you've stopped studying doesn't mean you should stop learning. You can learn new things in different ways, and the more you learn the more you understand the world around you.  I see science communication as a means of getting people who may not know a lot about science to understand it more.  Science communication is a great way to communicate science with everyone with the latest advances of science and also a way of diminishing any myths or misunderstandings people may have about science and health.  << Click here to find out more about Marie Curie >>

Crystals and Catalysts was launched in August 2014 which makes it almost 1 years old!  I think everyone who starts a blog thinks that they'll be lucky if they even get 10 readers in a day. And that's what I thought when I first started writing and creating this blog.  My future goals for my blog: I hope to make more infographics for my posts    Find a more effective blog theme which is  more user friendly Complete the 30 day challenge   without missing a day Aim to reach 1 million page views by the end of this year Aim to post more in a week

When someone asks me where do you see yourself in 10 years, I have to take a minute to actually think about the future.  I prefer to focus on the present and planning the present and leaving the future to fall into place. However with that being said, I aspire to pursue a career in science writing.    Science writing is away of communicating science in ways to everyone no matter what their educational background is. Even though I love lab research and conducting my own research project , I love science communication & journalism even more and I hope that one day I'll be writing for a large and respectable science magazine such as Chemistry World / Nature / New Scientist.  What are your plans for the future? Comment below...

This post is different because I wont be discussing someone else's research, I am discussing my own research. My final year project at university.  What was my project about? The Synthesis of a derivative of Montiporyne E. The aim of the project was to find a simple, fast and effective method of reactions to produce a derivative of Montiporyne E potential anti-cancer drug. Cancer is caused when cells  replicate abnormally  and rapidly to form tumours.  This is because the cell does not undergo apoptosis (the normal programmed cell death) and therefore these affected cells continue to multiply uncontrollably.  Montiporyne E is d erived from a hard coral , named Montipora Sp .  Hard corals have been found to produ ce cytotoxic, acetylenic compounds.  — It is used in the treatments of solid tumour cells.  The extraction from hard coral is expensive, laborious and also hard coral is on the verge of extinction, therefore a more effective method of production was requ